Continuous type paper element cutting machine

Abstract

The invention provides a continuous type paper element cutting machine which is mechanical equipment for preparing a continuous honeycomb paper element product. According to the continuous type paper element cutting machine, a rack is provided with a paper sizing mechanism, a laminating mechanism, a traction mechanism, an adjustable paper guiding mechanism, a fixed length paper conveying mechanism and a cutting mechanism, wherein the adjustable paper guiding mechanism comprises an arc-shaped paper guiding plate and a plurality of arc-shaped spring sheets arranged on the arc-shaped paper guiding plate; the arc-shaped paper guiding plate is provided with a plurality of through holes; one ends of the arc-shaped spring sheets are fixedly arranged on the arc-shaped paper guiding plate and the other ends of the arc-shaped spring sheets penetrate through the corresponding through holes and are provided with resetting springs to be connected with the arc-shaped paper guiding plate; an arc-shaped surface is composed of the plurality of arc-shaped spring sheets; the arc-shaped spring sheets float downwards when the fixed length paper conveying mechanism conveys paper, and the arc-shaped spring sheets float upwards when the fixed length paper conveying mechanism does not convey the paper, so that the machine type length is shortened and the errors in the walking process are reduced; the sizing is carried out simultaneously and the paper is aligned mutually; the adjustable paper guiding mechanism is used for adjusting the paper passing through the mechanism so as to prevent the paper from being loosened and draped, and having creases and the like and ensure that the paper is leveled and flat; the continuous type paper element cutting machine is used for producing honeycomb paper boards.

Description

[0001] technical field [0002] The invention relates to a continuous paper core cutting machine, in particular to a mechanical device for making continuous honeycomb paper core products. Background technique [0003] In the production process of a paper core, several papers need to be glued, and then the glued papers are pasted and dried, and then cut and then processed. [0004] According to the existing known technology, the cutting of the honeycomb paper core can be the free-falling cutting of the servo-driven roller fixed-length feeding and the upper pressure. When the servo-driven roller fixed-length feeding is horizontal cutting, the paper that goes from top to bottom It is easy to produce wrinkled wings, folds and creases, and the free-fall cutting needs to set several springs with elastic springs on the paper in the storage section for active feeding and cutting. This technology is too cumbersome when the paper is started and threaded. [0005] The bonding process ...

AI Technical Summary

Problems solved by technology

[0004] According to the existing known technology, the cutting of the honeycomb paper core can be the free-falling cutting of the servo-driven roller fixed-length feeding and the upper pressure. When the servo-driven roller fixed-length feeding is horizontal cutting, the paper that goes from top to bottom Wrinkled wings, folds, and creases are easy to occur, while free-fall cutting needs to set several elastic compression springs on the paper in the storage section to actively feed and cut. This technology is too cumbersome when starting the paper and threading the paper

[0005] The bonding process of the gluing and traction section is usually pressed by a drying tunnel conveyor belt. The length of the mechanism is too large, and the utilization rate of drying heat energy is low. However, it is known from the search of public patents that the large-drum traction heat drum is active traction and does not There is friction to drive the big drum, and the technology of only tension traction cannot completely solve the wrinkle problem of some paper laminations, nor can it achieve the purpose of flattening

[0006] In contrast to the lamination of the oven-type conveyor belt, the paper needs to be glued and laminated multiple times before cutting. Separate gluing and lamination will affect the alignment accuracy and production efficiency during lamination.

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